| dc.description.abstract | The management of underground fuel storage
in gas stations presents significant challenges, including
imprecise level measurements, the absence of real-time
monitoring capabilities, and potential safety hazards.
Contemporary solutions predominantly rely on manual or
rudimentary automated systems, lacking comprehensive
data integration. This paper introduces an innovative
Internet of Things (IoT) based Real-Time Monitoring of
Gas Station Underground Fuel Tanks designed to address
these critical issues. The proposed system integrates
advanced sensing technologies: the HRXL MaxSonar
WRIST ultrasonic sensor for fuel level detection, BMP280
for pressure monitoring, and DS18B20 for temperature
measurement orchestrated by an ESP32 Devkit V1
microcontroller. This configuration enables high-
precision, real-time monitoring of tank conditions. The
primary innovation lies in the seamless integration of these
components with a cloud-based data management system,
utilising Wi-Fi technology for real-time data transmission
to a Firebase database. To mitigate connectivity challenges
1
operations and lead to financial losses. It also plays a key
role in ensuring the structural integrity of the tanks,
preventing potential environmental hazards, and enabling
efficient fuel distribution.
Traditional methods of fuel tank management, often relying
on manual dipstick measurements, are prone to human
error, provide only periodic data, and lack real-time insights
crucial for modern fuel management. These limitations can
lead to inaccurate inventory management, potential safety
hazards, and inefficient operations. While some automated
systems exist, they often suffer from connectivity issues,
limited data collection capabilities, or lack of integration
with comprehensive management platforms. These
shortcomings can result in data gaps, delayed decision
making, and missed opportunities for operational
optimization.
in diverse operational environments, a dual-storage
approach has been implemented: cloud-based storage for
immediate data access and local SD card storage as a
failsafe mechanism. This design ensures continuous data
collection and integrity in areas characterised by
unreliable network coverage. The methodologies involved
gathering insights through interviews with professionals
and management in the fuel station industry to ensure
practical relevance and system efficacy. The system
encompasses custom firmware development, the creation of
an intuitive web-based interface, and rigorous testing in
simulated
environments.
This
study
contributes
significantly to the digitization and modernization of fuel
station operations, enhancing safety protocols, mitigating
environmental risks, and optimising inventory management
processes. | en_US |
